A layered e-maintenance architecture powered by smart wireless monitoring components

P. Pistofidis, C. Emmanouilidis, C. Koulamas, D. Karampatzakis, N. Papathanassiou
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引用次数: 24

Abstract

Industrial asset lifecycle management is facing pressing demands to rationalize asset usage in parallel with meeting production, quality, safety, environment and cost-efficiency constraints. The introduction of enabling technologies, within an e-Maintenance framework is a significant contributor to this end. Among the key relevant technological factors are web-based maintenance services, wireless sensing and identification technologies, data and services integration and interoperability, as well as mobile and contextualized computing. Within such a framework, a layered e-Maintenance architecture is introduced, leveraging upon the strengths of smart and wireless components in order to upgrade the maintenance-services from the low level of operations, to the higher levels of planning and decision making.
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由智能无线监控组件提供支持的分层电子维护架构
工业资产生命周期管理面临着在满足生产、质量、安全、环境和成本效益约束的同时,合理化资产使用的迫切需求。在电子维护框架内引入启用技术是实现这一目标的重要贡献者。关键的相关技术因素包括基于web的维护服务、无线传感和识别技术、数据和服务集成和互操作性,以及移动和情境化计算。在这样的框架内,引入了分层的电子维护架构,利用智能和无线组件的优势,将维护服务从低水平的操作升级到更高水平的规划和决策。
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